Version 1.2
R. E. Ghosh, Epsom, March 2018
runnex writes a table of selected parameters from data
files
nxs2as transcribes NeXus files to 128x128 standard ILL ascii data files
Technical Notes libraries and compilers for Linux, Windows,
Macintosh OSX
Downloads executable programs, sources
To assure longevity additional names can be added into the data dictionaries to account for new naming schemes.
The names of parameters to be listed are stored in files D11par.sel, D22par.sel, D33par.sel
The program first looks in the current working directory for this file; if it isn''t found it will
then look in the standard program directory SAS_DIR This allows the user to create a personalised selection.
Up to 12 parameters can be selected.
The environment variables SAS_INSTRUMENT and SAS_DATA_PATH are used to identify the instrument and location of
data which are then selected using run numbers.
D33par.sel % cat D33par.sel First line is comment : created manually by cut and paste (REG) 28/11/14 /entry0/monitor1/integral /entry0/monitor1/monsum /entry0/sample_description /entry0/D33/selector/wavelength /entry0/D33/detector/detrate /entry0/D33/detector/detsum /entry0/D33/detector/det1_actual /entry0/D33/detector/det2_actual % runnex STOP SAS_INSTRUMENT not defined % setenv SAS_INSTRUMENT d33 % runnex STOP SAS_DATA_PATH not defined % setenv SAS_DATA_PATH ./ % runnex runnex - NeXus file parameter listing Using selection file D33par.sel Give first and last run numbers : 3567 3577 Run integral monsum wavelength detrate detsum det1_actual det2_actual 3567 "behenate " 0.000 0.000 6.002 0.1280E+05 0.1807E+07 1.201 2.001 3568 "behenate " 0.000 0.000 6.000 8157. 0.1358E+06 1.201 2.001 3569 "behenate " 0.000 0.000 6.000 3991. 0.2272E+06 1.201 2.001 3570 "behenate " 0.000 0.000 6.000 4519. 0.5399E+06 1.201 2.001 3571 "behenate " 0.000 0.000 5.999 0.1282E+05 0.1856E+07 1.201 2.001 3572 "behenate " 0.000 0.000 4.600 0.1401E+05 0.6486E+06 1.201 2.001 3573 "behenate " 0.000 0.000 4.600 0.1401E+05 0.4394E+06 1.201 2.001 3574 "behenate " 0.000 0.000 4.600 0.1400E+05 0.4200E+07 1.201 2.001 3575 "behenate Tra" 0.000 0.000 4.600 2812. 0.1687E+06 1.201 2.001 3576 "behenate Tra" 0.000 0.000 4.600 1336. 6681. 5.199 5.999 3577 "behenate Tra" 0.000 0.000 4.600 1326. 0.2229E+05 5.199 5.999 Closing listing file rnxs300.lisnxs2as Transcribes SANS-Nexus files to standard ascii text files
Index File DNNindex.nxf
The format of this is as follows. Lines starting with # are comments. The parameter name pointing to the 2D
data should be the last item (the original data are left in memory for re-use should they be required). ASCII Data
are typically delivered as 128x128 arrays and are stored in the standard sequence of increasing row (x) value fastest.
As a consequence the NeXus data are transposed. Multple definitions of parameters can be included in this file.
The last name found will actually be used. To match the old and new data types a scaling multiplier can
be included. If a default value is set then subsequent parameter entries for that ascii_parameter_number are
ignored.
Each line has: parameter_name ascii_parameter_number multiplying_scalar default_valueIf the ascii_parameter_number is zero the line is ignored. (hence the output file nxsnames.nam can be used as a template. The designations of the most useful parameters are shown after the example. Transcription is very fast. If an ascii file already exists it is overwritten,hence it is easy to revise the index file to obtain the desired result. Ascii parameters are listed in the sans manual ILLGH05T. Two new nexus parameters numbered 201, 202 correspond to sample displacement (in m), sdi1,sdi2 to be added to the nominal detector distance. (ASCII Parameter 26 calculated sample detector distance) on D22 included this addtional displacement from the detector position (parameter 19).)
Go to top% nxs2as nxs2as - transcribes ILL-SAS NeXus data to ASCII file Version 1.1, Ron Ghosh, Epsom, November 2014 Give directory containing nnnnnn.nxs data files : ./ Give output directory (set SAS_DATA_PATH to this!) : ./ Give first and last run numbers to treat : 3560 3570 Run 3560 transcribed Run 3561 transcribed Run 3562 transcribed Run 3563 transcribed Run 3564 transcribed Run 3565 transcribed Run 3566 transcribed Run 3567 transcribed Run 3568 transcribed Run 3569 transcribed Run 3570 transcribed Runs sought/transcribed 11 11 Example of DNNindex.nxf for instrument DNN v1.0 16/09/12 dataset_name..output_index..multiply_input..default_value output index 1-100 ascii real parameters 300-400 strings 500- detector_data Note several names can point to same output location zero output index (blank) skips input file DNNindex.nxf : # useful ASCII file parameter locations: #1 preset_1 3 time(0.1secs) 4 detector_sum #5 monitorsum 23 dvm 19 det_setting 26 s-det_m_used #29 set_temp_K30 reg_K 31 sample_K #51 beamX0 pix 52 beamY0 pix 53 wavelengthA #54 dwav/wav 55 dx_pixel_mm 56 dy_pixel_mm #15 twotheta 65 omega 64 trs #300 starttime 301 endtime #400 experiment title 401 sample description #500 detector data (reduced to 128x128 max) (should be last entry) #512 detector data untransposed (D22 2012-2013) /entry0/D33/attenuator/attenuation_value /entry0/D33/attenuator/description /entry0/D33/attenuator/position /entry0/D33/beamstop/bx_actual /entry0/D33/beamstop/bx_offset /entry0/D33/beamstop/bx_requested /entry0/D33/beamstop/by_actual /entry0/D33/beamstop/by_offset /entry0/D33/beamstop/by_requested /entry0/D33/chopper1/CH1_phase /entry0/D33/chopper1/CH1_rotation_speed /entry0/D33/chopper2/CH2_phase /entry0/D33/chopper2/CH2_rotation_speed /entry0/D33/chopper3/CH3_phase /entry0/D33/chopper3/CH3_rotation_speed /entry0/D33/chopper4/CH4_phase /entry0/D33/chopper4/CH4_rotation_speed /entry0/D33/collimation/AttTr_actual_position /entry0/D33/collimation/Coll1_actual_position /entry0/D33/collimation/Coll2_actual_position /entry0/D33/collimation/Coll3_actual_position /entry0/D33/collimation/Coll4_actual_position /entry0/D33/collimation/Dia1_actual_position /entry0/D33/collimation/Dia2_actual_position /entry0/D33/collimation/Dia3_actual_position /entry0/D33/collimation/Dia4_actual_position /entry0/D33/collimation/Dia5_actual_position /entry0/D33/collimation/PoTr_actual_position /entry0/D33/collimation/WvTr_actual_position /entry0/D33/collimation/actual_position /entry0/D33/collimation/ap_size /entry0/D33/collimation/col1_actual_state /entry0/D33/collimation/col2_actual_state /entry0/D33/collimation/col3_actual_state /entry0/D33/collimation/col4_actual_state /entry0/D33/detector/det1_actual /entry0/D33/detector/det1_calc /entry0/D33/detector/det1_offset /entry0/D33/detector/det1_requested /entry0/D33/detector/det2_actual 19 /entry0/D33/detector/det2_calc /entry0/D33/detector/det2_offset /entry0/D33/detector/det2_requested /entry0/D33/detector/detrate /entry0/D33/detector/detsum /entry0/D33/detector/pixel_size_x 55 /entry0/D33/detector/pixel_size_y 56 /entry0/D33/name /entry0/D33/selector/rotation_speed /entry0/D33/selector/selrot_actual /entry0/D33/selector/selrot_offset /entry0/D33/selector/selrot_requested /entry0/D33/selector/seltrs_actual /entry0/D33/selector/seltrs_offset /entry0/D33/selector/seltrs_requested /entry0/D33/selector/wavelength 53 /entry0/D33/selector/wavelength_res 54 /entry0/data2/data2 /entry0/data3/data3 /entry0/data4/data4 /entry0/data5/data5 /entry0/data_raw1/data_raw1 /entry0/duration 3 10 /entry0/end_time 301 /entry0/experiment_title 400 /entry0/sample_description 401 /entry0/instrument_name /entry0/mode /entry0/monitor1/data 5 /entry0/monitor1/integral /entry0/monitor1/mode /entry0/monitor1/monrate /entry0/monitor1/monsum /entry0/monitor1/nbpickup /entry0/monitor1/preset /entry0/monitor1/time_of_flight /entry0/monitor2/data /entry0/monitor2/integral /entry0/monitor2/mode /entry0/monitor2/monrate /entry0/monitor2/monsum /entry0/monitor2/preset 1 /entry0/preset /entry0/reactor_power /entry0/run_number 310 /entry0/sample/bath1_regulation_temperature /entry0/sample/bath1_setpoint_temperature /entry0/sample/bath1_temperature_requested /entry0/sample/bath2_regulation_temperature /entry0/sample/bath2_setpoint_temperature /entry0/sample/bath2_temperature_requested /entry0/sample/field_actual /entry0/sample/field_requested /entry0/sample/omega_actual 65 /entry0/sample/omega_offset /entry0/sample/omega_requested /entry0/sample/phi_actual /entry0/sample/phi_offset /entry0/sample/phi_requested /entry0/sample/regulation_temperature /entry0/sample/sample_changer_target_value /entry0/sample/sample_changer_value /entry0/sample/san_actual /entry0/sample/san_offset /entry0/sample/san_requested /entry0/sample/sdi1_actual 200 /entry0/sample/sdi1_offset /entry0/sample/sdi1_requested /entry0/sample/sdi2_actual 201 /entry0/sample/sdi2_offset /entry0/sample/sdi2_requested /entry0/sample/setpoint_temperature /entry0/sample/sht_actual /entry0/sample/sht_offset /entry0/sample/sht_requested /entry0/sample/str_actual /entry0/sample/str_offset /entry0/sample/str_requested /entry0/sample/temperature 31 /entry0/sample/trs_actual 64 /entry0/sample/trs_offset /entry0/sample/trs_requested /entry0/start_time 300 /entry0/user/name /entry0/user/namelocalcontact /entry0/user/proposal #d /entry0/data1/MultiDetector1_linear_data 500 /entry0/data1/data1 500
This program reads a NeXus file and lists the contents of the metedata, and summarises the ranks of the data arrays.
% ./metnxs metnxs - shows datasets in .nxs files usage: metnxs filename.nxs % ./metnxs 003569.nxs metnxs - shows datasets in .nxs files HDF5/Nexus file : 003569.nxs There are 197 datasets present 0 1 /entry0/D33/attenuator/attenuation_value F 1.0000 2 /entry0/D33/attenuator/description C "0" 3 /entry0/D33/attenuator/position I 0 4 /entry0/D33/beamstop/bx_actual F 2.0100 5 /entry0/D33/beamstop/bx_offset F 0.0000 6 /entry0/D33/beamstop/bx_requested F 2.0000 7 /entry0/D33/beamstop/by_actual F 0.0000 : : A full listing is given at the bottom of the page...nx_names Reads a NeXus file and creates nxsnames.nam file. An output file nxnames.nam is created by this program with the data set names; this may be cut and pasted into the control files for parameter selection and transcription
% nx_names ILL-NeXus SANS dataset names Give filename [034100.nxs] : 003569.nxs Instrument is D33 There are 197 datasets present /entry0/D33/attenuator/attenuation_value /entry0/D33/attenuator/description /entry0/D33/attenuator/position /entry0/D33/beamstop/bx_actual : : /entry0/sample/volumeUnitCell /entry0/sample_description /entry0/start_time /entry0/user/name /entry0/user/namelocalcontact /entry0/user/proposal Dataset names have been written in nxsnames.namGo to top
h5pp, h5nopp types a parameters content; graphs 2D data (h5pp)
Note: 2D data are plotted with the fastest changing variable along the x-axis. "Packed" data in 128x128 format have been transposed from the original .nxs raw data which may be plotted with the U command. ToF data from D33 are displayed as a 5x5 matrix of 64 pixels starting with the first frame in the top left-hand corner. The minimum and maximum scales can be given for the plotting options which include linear, log, and sqrt scales.
% h5pp
ILL-NeXus SANS reread test
Commands
I index of datasets
R n read dataset n
T i1 i2 type i1,i2 elements
P min max lin plot of 2D
L log plot of 2D
S sqrt plot of 2D
V n info on dataset n
U 2D data (no packing) map
E Exit
SAS_INSTRUMENT is
Give filename [034100.nxs] : 003569.nxs
SAS_INSTRUMENT default name not found
Instrument /entry0/instrument_name is D33
There are 197 datasets present
Type I,R,P,S,L,V,T,U,E: i
1 /entry0/D33/attenuator/attenuation_value
2 /entry0/D33/attenuator/description
3 /entry0/D33/attenuator/position
4 /entry0/D33/beamstop/bx_actual
5 /entry0/D33/beamstop/bx_offset
6 /entry0/D33/beamstop/bx_requested
7 /entry0/D33/beamstop/by_actual
:
:
196 /entry0/user/namelocalcontact
197 /entry0/user/proposal
Type I,R,P,S,L,V,T,U,E: r 171
171 /entry0/sample/sdi1_actual type : real
Number of data items present, rank,dimensions,
1, 1/ 1:
Type I,R,P,S,L,V,T,U,E: t
first..last 1 1
F values:: 0.000000
Type I,R,P,S,L,V,T,U,E: r 112
112 /entry0/experiment_title type : characters
Number of data items present, rank,dimensions,
12, 1/ 12:
Type I,R,P,S,L,V,T,U,E: t 1 12
first..last 1 12
C values:: Internal use
Type I,R,P,S,L,V,T,U,E: r 99
99 /entry0/data1/MultiDetector1_linear_data type : integer
Number of data items present, rank,dimensions,
32768, 3/ 1: 128: 256:
Summed to 227203.
Type I,R,P,S,L,V,T,U,E: p
nxs t-2D data t 1 x 128 x 256
IDIM 1 128 256
D33 data pack as 5x5 mm and transpose
after p2back osum= 227203.0
scales min..max..smax 0.000000 0.000000 191.0000
Type I,R,P,S,L,V,T,U,E: p
nxs t-2D data t 1 x 128 x 256
IDIM 1 128 256
D33 data pack as 5x5 mm and transpose
after p2back osum= 227203.0
scales min..max..smax 0.000000 0.000000 191.0000
Type I,R,P,S,L,V,T,U,E: u
scales min..max..smax 0.000000 0.000000 102.0000
Type I,R,P,S,L,V,T,U,E: r 57
57 /entry0/D33/detector/data_raw1 type : integer
Number of data items present, rank,dimensions,
32768, 3/ 1: 128: 256:
Summed to 236035.
Type I,R,P,S,L,V,T,U,E: u
scales min..max..smax 0.000000 0.000000 136.0000
Type I,R,P,S,L,V,T,U,E: e
%
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The same sources have been used on Linux, Macintosh OS-X, and windows using the gfortran compilers. Non-graphical routines have been compiled static on Linux systems. To use the linux programs the gfortran library libgfortran.so.2 is placed in the directory which is set in LD_LIBRARY_PATH. At the ILL this is set in the sassetup routine to SAS_DIR. For OS-X the environment variable DYLD_LIBRARY_PATH is set to SAS_DIR for libgfortran.2.0.0.dylib. By this means the same executables can be run on a variety of system versions. The programs in the original suite for linux and windows were compiled with the g77 compiler. Transcribing the data for compatibility is the simplest method for offering continuity of usability.
If SAS_DEBUG is set to true the programs will write a fairly detailed output to the terminal screen.
HDF5 Routines used here
! h5bits.f90 is an assembly of f90 routines intended to offer a simple f77 ! inteface to the hdf library for the principal file writing ! functions ! ! typically the character string arguments are last, simplifying certain ! link requirements ! ! The file has three levels, opening as root, which contains groups ! within which are (optionally) further groups, containing datasets ! ! As each component is opened the routine returns a "handle" identifier. ! The components are left open, since it is possible to add annotations ! (Attributes). These are NAME,VALUE pairs with the value being real, ! integer or text; for text attributes there may be several lines of text. ! ! The dataset contents created here are either (multi-) dimensional arrays ! of integers or reals, or single lines of text. ! ! File ! subroutine newh5(ier,id_f,fname) ! Opens file fname; returns error ier and identifier id_f ! subroutine endh5(ier,id_f) ! Closes file id_f, returns error ier ! subroutine oldh5(ier,id_f,fname,cmd ! Opens file existing file fname returns id id_f if cmd is 'O' ! Closes file id id_f if cmd is 'C' ! Groups ! subroutine newgroup(ier,id_f, id_g, gname) ! Opens group name gname in file id_f, returns error ier and ! group identifier id_g ! subroutine endgroup(ier,id_g) ! Closes group id_g ! ! ! !Creating Datasets ! subroutine newdsett(ier,id_f, id_d, text, dname) ! Opens dataset name dname in existing placement id_f ! plants one line of text 'text' ! returns error ier and dataset id id_d ! ! subroutine newdsetf(ier,id_f, v, ir,idim, id_d,dname) ! Opens dataset name dname in existing placement id_f ! plants REAL array rank ir, dimensions in array idim(ir) ! returns error ier and dataset id id_d ! ! ! subroutine newdseti(ier,id_f, ii, ir,idim,id_d, dname) ! Opens dataset name dname in existing placement id_f ! plants INTEGER array rank ir, dimensions in array idim(ir) ! returns error ier and dataset id id_d ! ! subroutine enddset(ier,id_d) ! Closes dataset id_d ! ! ! ! Attributes ! subroutine newatt(ier,id_f,name,text) ! Plants attribute name with text string for entity id_f ! ! subroutine newattn(ier,id_f,nl,name,text) ! Plants attribute name with nl-line text string for entity id_f ! ! subroutine newatf(ier,id_f,name,fval) ! Plants attribute name with REAL value fval for entity id_f ! ! subroutine newati(ier,id_f,name,ival) ! Plants attribute name with INTEGER value fval for entity id_f ! !Reading Datasets ! subroutine oldh5(ier,id_f,fname,cmd) ! opens file fname cmd is "O" or "C" open/close ! ! subroutine infods(ier,id_f,dsname,isiz,ir,idim,itype) ! opens dsname returning size,rank,dims,type(0-C,1-I,2-F) ! ! subroutine readds(ier,id_f,dsname,v,ir,idim,iitype) ! returns contents of dsname in V ! note idim(1) on input must be >= isiz ! subroutine scanxs(fname,gname) ! places names of datsets into ! common/scannam/dsnames*100(500) ! common/scannml/lennam(500),nfound ! ! ! Ron Ghosh, Epsom, July-September 2012 !Download
% ./metnxs 003569.nxs
metnxs - shows datasets in .nxs files
HDF5/Nexus file : 003569.nxs
There are 197 datasets present 0
1 /entry0/D33/attenuator/attenuation_value F
1.0000
2 /entry0/D33/attenuator/description C "0"
3 /entry0/D33/attenuator/position I
0
4 /entry0/D33/beamstop/bx_actual F
2.0100
5 /entry0/D33/beamstop/bx_offset F
0.0000
6 /entry0/D33/beamstop/bx_requested F
2.0000
7 /entry0/D33/beamstop/by_actual F
0.0000
8 /entry0/D33/beamstop/by_offset F
0.0000
9 /entry0/D33/beamstop/by_requested F
0.0000
10 /entry0/D33/chopper1/phase F
55.000
11 /entry0/D33/chopper1/rotation_speed F
0.0000
12 /entry0/D33/chopper1/sample_distance F
19.012
13 /entry0/D33/chopper2/phase F
-55.000
14 /entry0/D33/chopper2/rotation_speed F
0.0000
15 /entry0/D33/chopper2/sample_distance F
16.213
16 /entry0/D33/chopper3/phase F
55.000
17 /entry0/D33/chopper3/rotation_speed F
0.0000
18 /entry0/D33/chopper3/sample_distance F
14.806
19 /entry0/D33/chopper4/phase F
-55.000
20 /entry0/D33/chopper4/rotation_speed F
0.0000
21 /entry0/D33/chopper4/sample_distance F
14.099
22 /entry0/D33/collimation/AttTr_actual_position F
0.10000E-01
23 /entry0/D33/collimation/Coll1_actual_position F
0.90000E-01
24 /entry0/D33/collimation/Coll2_actual_position F
0.80000E-01
25 /entry0/D33/collimation/Coll3_actual_position F
0.80000E-01
26 /entry0/D33/collimation/Coll4_actual_position F
109.90
27 /entry0/D33/collimation/Dia1_actual_position F
0.10000E-01
28 /entry0/D33/collimation/Dia2_actual_position F
-0.10000E-01
29 /entry0/D33/collimation/Dia3_actual_position F
0.10000E-01
30 /entry0/D33/collimation/Dia4_actual_position F
0.10000E-01
31 /entry0/D33/collimation/Dia5_actual_position F
0.0000
32 /entry0/D33/collimation/PoTr_actual_position F
0.10000E-01
33 /entry0/D33/collimation/WvTr_actual_position F
-0.10000E-01
34 /entry0/D33/collimation/actual_position F
5.3000
35 /entry0/D33/collimation/ap_size I (
2) 30 30
36 /entry0/D33/collimation/col1_actual_state C
"in"
37 /entry0/D33/collimation/col2_actual_state C
"in"
38 /entry0/D33/collimation/col3_actual_state C
"in"
39 /entry0/D33/collimation/col4_actual_state C
"out"
40 /entry0/D33/detector/OxL_actual F
150.00
41 /entry0/D33/detector/OxL_offset F
0.0000
42 /entry0/D33/detector/OxL_requested F
150.00
43 /entry0/D33/detector/OxR_actual F
414.11
44 /entry0/D33/detector/OxR_offset F
0.0000
45 /entry0/D33/detector/OxR_requested F
410.00
46 /entry0/D33/detector/OyB_actual F
200.00
47 /entry0/D33/detector/OyB_offset F
0.0000
48 /entry0/D33/detector/OyB_requested F
200.00
49 /entry0/D33/detector/OyT_actual F
150.00
50 /entry0/D33/detector/OyT_offset F
0.0000
51 /entry0/D33/detector/OyT_requested F
150.00
52 /entry0/D33/detector/data1 I (
1, 128, 256)
53 /entry0/D33/detector/data2 I (
1, 256, 32)
54 /entry0/D33/detector/data3 I (
1, 256, 32)
55 /entry0/D33/detector/data4 I (
1, 32, 256)
56 /entry0/D33/detector/data5 I (
1, 32, 256)
57 /entry0/D33/detector/data_raw1 I (
1, 128, 256)
58 /entry0/D33/detector/data_raw2 I (
1, 256, 32)
59 /entry0/D33/detector/data_raw3 I (
1, 256, 32)
60 /entry0/D33/detector/data_raw4 I (
1, 32, 256)
61 /entry0/D33/detector/data_raw5 I (
1, 32, 256)
62 /entry0/D33/detector/det1_actual F
1.2010
63 /entry0/D33/detector/det1_calc F
1.2009
64 /entry0/D33/detector/det1_offset F
-0.22205E-15
65 /entry0/D33/detector/det1_panel_separation F
0.18500
66 /entry0/D33/detector/det1_requested F
2.0000
67 /entry0/D33/detector/det2_actual F
2.0010
68 /entry0/D33/detector/det2_calc F
2.0009
69 /entry0/D33/detector/det2_offset F
0.0000
70 /entry0/D33/detector/det2_requested F
2.0000
71 /entry0/D33/detector/detrate F
3991.4
72 /entry0/D33/detector/detsum F
0.22720E+06
73 /entry0/D33/detector/pixel_size_x F
2.5000
74 /entry0/D33/detector/pixel_size_y F
5.0000
75 /entry0/D33/name C
"D33"
76 /entry0/D33/selector/rotation_speed F
21624.
77 /entry0/D33/selector/selrot_actual F
1392.6
78 /entry0/D33/selector/selrot_offset F
0.0000
79 /entry0/D33/selector/selrot_requested F
4.0000
80 /entry0/D33/selector/seltrs_actual F
0.0000
81 /entry0/D33/selector/seltrs_offset F
0.0000
82 /entry0/D33/selector/seltrs_requested F
-200.00
83 /entry0/D33/selector/wavelength F
5.9995
84 /entry0/D33/selector/wavelength_res F
10.000
85 /entry0/D33/tof/master_pair I (
2) 4 1
86 /entry0/D33/tof/slave_pair I (
2) 3 2
87 /entry0/D33/tof/time_of_flight F (
3) 0.0000 50.000 0.0000
88 /entry0/D33/tof/tof_distance_detector1 F
22.555
89 /entry0/D33/tof/tof_distance_detector2 F
17.942
90 /entry0/D33/tof/tof_distance_detector3 F
17.942
91 /entry0/D33/tof/tof_distance_detector4 F
17.757
92 /entry0/D33/tof/tof_distance_detector5 F
17.757
93 /entry0/D33/tof/tof_master_pair_separation F
4.9130
94 /entry0/D33/tof/tof_wavelength_detector1 F (
50) 0.18187 0.54527 0.90866 1.2721 1.6354
1.9988 2.3622 2.7256 3.0890 3.4524
3.8158 4.1792 4.5426 4.9060 5.2694
5.6328 5.9962 6.3596 6.7230 7.0864
7.4497 7.8131 8.1765 8.5399 8.9033
9.2667 9.6301 9.9935 10.357 10.720
11.084 11.447 11.810 12.174 12.537
12.901 13.264 13.627 13.991 14.354
14.718 15.081 15.444 15.808 16.171
16.535 16.898 17.261 17.625 17.988
95 /entry0/D33/tof/tof_wavelength_detector2 F (
50) 0.22863 0.68546 1.1423 1.5991 2.0559
2.5128 2.9696 3.4264 3.8832 4.3401
4.7969 5.2537 5.7105 6.1674 6.6242
7.0810 7.5378 7.9947 8.4515 8.9083
9.3651 9.8220 10.279 10.736 11.192
11.649 12.106 12.563 13.020 13.477
13.933 14.390 14.847 15.304 15.761
16.217 16.674 17.131 17.588 18.045
18.502 18.958 19.415 19.872 20.329
20.786 21.243 21.699 22.156 22.613
96 /entry0/D33/tof/tof_wavelength_detector3 F (
50) 0.22863 0.68546 1.1423 1.5991 2.0559
2.5128 2.9696 3.4264 3.8832 4.3401
4.7969 5.2537 5.7105 6.1674 6.6242
7.0810 7.5378 7.9947 8.4515 8.9083
9.3651 9.8220 10.279 10.736 11.192
11.649 12.106 12.563 13.020 13.477
13.933 14.390 14.847 15.304 15.761
16.217 16.674 17.131 17.588 18.045
18.502 18.958 19.415 19.872 20.329
20.786 21.243 21.699 22.156 22.613
97 /entry0/D33/tof/tof_wavelength_detector4 F (
50) 0.23101 0.69260 1.1542 1.6158 2.0774
2.5389 3.0005 3.4621 3.9237 4.3853
4.8469 5.3084 5.7700 6.2316 6.6932
7.1548 7.6164 8.0779 8.5395 9.0011
9.4627 9.9243 10.386 10.847 11.309
11.771 12.232 12.694 13.155 13.617
14.079 14.540 15.002 15.463 15.925
16.386 16.848 17.310 17.771 18.233
18.694 19.156 19.618 20.079 20.541
21.002 21.464 21.925 22.387 22.849
98 /entry0/D33/tof/tof_wavelength_detector5 F (
50) 0.23101 0.69260 1.1542 1.6158 2.0774
2.5389 3.0005 3.4621 3.9237 4.3853
4.8469 5.3084 5.7700 6.2316 6.6932
7.1548 7.6164 8.0779 8.5395 9.0011
9.4627 9.9243 10.386 10.847 11.309
11.771 12.232 12.694 13.155 13.617
14.079 14.540 15.002 15.463 15.925
16.386 16.848 17.310 17.771 18.233
18.694 19.156 19.618 20.079 20.541
21.002 21.464 21.925 22.387 22.849
99 /entry0/data1/MultiDetector1_linear_data I (
1, 128, 256)
100 /entry0/data2/MultiDetector2_linear_data I (
1, 256, 32)
101 /entry0/data3/MultiDetector3_linear_data I (
1, 256, 32)
102 /entry0/data4/MultiDetector4_linear_data I (
1, 32, 256)
103 /entry0/data5/MultiDetector5_linear_data I (
1, 32, 256)
104 /entry0/data_raw1/MultiDetector1_data I (
1, 128, 256)
105 /entry0/data_raw2/MultiDetector2_data I (
1, 256, 32)
106 /entry0/data_raw3/MultiDetector3_data I (
1, 256, 32)
107 /entry0/data_raw4/MultiDetector4_data I (
1, 32, 256)
108 /entry0/data_raw5/MultiDetector5_data I (
1, 32, 256)
109 /entry0/duration F
56.923
110 /entry0/end_time C
"29-Aug-14 15:03:36"
111 /entry0/experiment_identifier C
"behenate"
112 /entry0/experiment_title C
"Internal use"
113 /entry0/instrument_name C
"D33"
114 /entry0/mode F
0.0000
115 /entry0/monitor1/data I
0
116 /entry0/monitor1/integral F
0.0000
117 /entry0/monitor1/mode C
"monitor"
118 /entry0/monitor1/monrate F
0.0000
119 /entry0/monitor1/monsum F
0.0000
120 /entry0/monitor1/nbpickup F
0.0000
121 /entry0/monitor1/preset F
5.0000
122 /entry0/monitor1/time_of_flight F (
3) 0.0000 50.000 0.0000
123 /entry0/monitor2/data I
0
124 /entry0/monitor2/integral F
0.0000
125 /entry0/monitor2/mode C
"monitor"
126 /entry0/monitor2/monrate F
0.0000
127 /entry0/monitor2/monsum F
0.0000
128 /entry0/monitor2/preset F
5.0000
129 /entry0/preset F
5.0000
130 /entry0/reactor_power F
36.130
131 /entry0/run_number I
3569
132 /entry0/sample/bath1_regulation_temperature F
298.75
133 /entry0/sample/bath1_setpoint_temperature F
310.15
134 /entry0/sample/bath1_temperature_requested F
310.15
135 /entry0/sample/bath2_regulation_temperature F
298.71
136 /entry0/sample/bath2_setpoint_temperature F
310.15
137 /entry0/sample/bath2_temperature_requested F
310.15
138 /entry0/sample/chemicalFormula C " "
139 /entry0/sample/consistance F
0.0000
140 /entry0/sample/density F
0.0000
141 /entry0/sample/field_actual F
0.0000
142 /entry0/sample/field_requested F
0.0000
143 /entry0/sample/mass F
0.0000
144 /entry0/sample/omega_actual F
728.21
145 /entry0/sample/omega_offset F
-74.460
146 /entry0/sample/omega_requested F
-73.650
147 /entry0/sample/phi_actual F
0.0000
148 /entry0/sample/phi_offset F
0.0000
149 /entry0/sample/phi_requested F
0.0000
150 /entry0/sample/pselectromag_actual_current F
0.0000
151 /entry0/sample/pselectromag_actual_voltage F
0.0000
152 /entry0/sample/pselectromag_requested_current F
0.0000
153 /entry0/sample/pselectromag_requested_voltage F
50.000
154 /entry0/sample/psflipper_field_actual_current F
0.0000
155 /entry0/sample/psflipper_field_actual_voltage F
0.38000E-01
156 /entry0/sample/psflipper_field_requested_current F
0.0000
157 /entry0/sample/psflipper_field_requested_voltage F
0.0000
158 /entry0/sample/psflipper_rf_actual_current F
0.0000
159 /entry0/sample/psflipper_rf_actual_voltage F
0.39000E-01
160 /entry0/sample/psflipper_rf_requested_current F
0.0000
161 /entry0/sample/psflipper_rf_requested_voltage F
0.0000
162 /entry0/sample/rack_temperature F
25.200
163 /entry0/sample/regulation_temperature F
298.75
164 /entry0/sample/sampleId C " "
165 /entry0/sample/sample_changer_target_value F
4.0000
166 /entry0/sample/sample_changer_value F
4.0000
167 /entry0/sample/san_actual F
0.0000
168 /entry0/sample/san_offset F
0.0000
169 /entry0/sample/san_requested F
0.0000
170 /entry0/sample/scatteringLengthDensity F
0.0000
171 /entry0/sample/sdi1_actual F
0.0000
172 /entry0/sample/sdi1_offset F
0.0000
173 /entry0/sample/sdi1_requested F
0.0000
174 /entry0/sample/sdi2_actual F
0.10000
175 /entry0/sample/sdi2_offset F
0.0000
176 /entry0/sample/sdi2_requested F
0.0000
177 /entry0/sample/setpoint_temperature F
310.15
178 /entry0/sample/sht_actual F
252.60
179 /entry0/sample/sht_offset F
0.0000
180 /entry0/sample/sht_requested F
250.00
181 /entry0/sample/size F
0.0000
182 /entry0/sample/str_actual F
64.660
183 /entry0/sample/str_offset F
0.0000
184 /entry0/sample/str_requested F
64.651
185 /entry0/sample/surfaceArea F
0.0000
186 /entry0/sample/temperature F
298.75
187 /entry0/sample/trs_actual F
0.0000
188 /entry0/sample/trs_offset F
0.0000
189 /entry0/sample/trs_requested F
0.0000
190 /entry0/sample/typeInstall C " "
191 /entry0/sample/unitCellClass C " "
192 /entry0/sample/volumeUnitCell F
0.0000
193 /entry0/sample_description C
"behenate"
194 /entry0/start_time C
"29-Aug-14 15:02:39"
195 /entry0/user/name C
"internal use"
196 /entry0/user/namelocalcontact C " "
197 /entry0/user/proposal C " "
Closing listing file 003569_meta.lis
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